Reading 488-5, given in 1930 for a 19-year-old-male student of the Protestant persuasion, contains the only reference to Latinia in all of Cayce's readings.
In the one before this we find in that land now known as Peruvian, the entity being among the Ohums [?] [Ohms ?] [Aymaras ?] of that period when there were changes being wrought in the land through the inflow of the peoples from Poseida and Latinia [?], that southernmost portion of that land [Atlantis] sunk, and became a disperser of those forces as made for the applying of self in the building up of workers in precious stones and precious metals. These have more intrinsic value to the entity than many another condition in the entity's experience. In the name Ummmu.
488-5; December 8, 1930
Note that someone, probably Gladys Davis, the stenographer for the reading, put the word “Atlantis” in brackets in reading 488-5 above. She probably did this when she was transcribing the reading from her dictation notes. I think, however, that her Atlantis guess is incorrect.
An alternative explanation for “that southernmost portion of that land sunk,” is that Peruvian land referenced in line 1 of 488-5. This supposition is bolstered by the reference to “submerged areas of the southern portion as is now of Peru,” in 470-2 below.
In the one before this we find in the days of the peoples coming from the waters in the submerged areas of the southern portion as is now of Peru, when the earth was divided, and the people began to inhabit the earth again. One entity among those who succeeded in gaining the higher grounds, and then in the name of (which was changed afterwards) Omrui, and changed to Mosases, for the entity became the ruler and the guide, or the patriarch of that age and gave much assistance to the few as was gathered about the entity.
470-2; May 15, 1925
In the one [incarnation] before this, we find in the now Peruvian country, when the people were destroyed in the submerging of the land. The entity then in that of the next to the ruler in the Ohlm rule.
2903-1; June 26, 1925
A reading that I remember, but which I cannot locate, tells of the migration of people from Mu to Peru. It relates that in pre-Inca times the area of Peru was the only large portion of South America above the Pacific Ocean. It was inhabited by a brown-skinned tribe called the Ohlms, or Ohums. (See Carlson, V., 1970, The great migration, A.R.E. Press, p. 2). The Pacific coast of South America, was at that time melded to a portion of Lemuria, also called Mu.. (364-13; November 17, 1932)
Approximately when did this portion of Peru/Lemuria, known as Latinia, begin to sink?
The first temples that were erected [in Yucatan] by Iltar and his followers were destroyed at the period of change physically in the contours of the land. That now being found, and a portion already discovered that has laid in waste for many centuries, was then a combination of those peoples from Mu, Oz and Atlantis.
Hence, these places partook of the earlier portions of that peoples called the Incal; though the Incals were themselves the successors of those of Oz, or Og, in the Peruvian land, and Mu in the southern portions of that now called California and Mexico and southern New Mexico in the United States.
5750-1; November 12, 1933.
The phrase, “when the Earth was divided,” in 470-2 above, resonates with “when there was the destruction to the elements of the Earth” in the following reading given one month earlier:
In the one [incarnation] before this we find in that day when there was the destruction to the elements of earth [Atlantis?], then in now the PERUVIAN countries, when the lands disappeared in the low places and the entity was left alone in the higher mound to which the entity had then gone for its study. In the name then of Oumu. In the personality exhibited in the present, the ever fear in the deep recesses of self of destruction coming to many suddenly.
182-2; April 9, 1925
Here we find a common thread between readings 470-2 and 182-2. The thread is the destruction to the elements of the Earth, when the Earth was divided. This division of the “Earth” seems to refer to the break-up of the Atlantean continent into five islands during the first destruction of Atlantis, some 19,400 years ago (364-11), and one assumes that destruction to remaining parts of Lemuria (or Mu) along the Pacific coast of South America, like Peru, took place then too.
As mentioned in 877-26, this sinking appears to have been at a time when
The use of these influences by the Sons of Belial brought, then, the first of the upheavals; or the turning of the etheric rays' influence FROM the Sun – as used by the Sons of the law of One – into the facet for the activities of same - produced what we would call a volcanic upheaval; and the separating of the land into SEVERAL islands – five in number.
Or, to put it another way, as in 364-4,
"…[men on Atlantis] brought in the destructive forces as used for the peoples that were to be the rule, that combined with those natural resources of the gases, of the electrical forces, made in nature and natural form the first of the eruptions that awoke from the depth of the slow cooling Earth, and that portion [of Atlantis] now near what would be termed the Sargasso Sea first went into the depths."
Reading 364-11 mentions that man-made forces, combined with the powers of the Sun itself, were used by these men on Atlantis. (See my book, “Coming Earth Changes,” A.R.E. Press, 1996, pp. 150-151). Presumably, this first, massive destruction to the Atlantean continent produced significant destruction to Lemuria (or Mu) in the Pacific as well. As mentioned above, Latinia may have begun to sink at this time (19,400 years ago), or certainly no later than the final sinking of remnants of Atlantis between 12,700 and 11,900 years ago. (364-4, 288-1, 339-1)
Figure 1 shows the decided bend in the coastline of western South America.” Why doesn't the coast from about 10ºS latitude trend along a more straight line as one's eye moves southward toward Chile? It's easy to postulate that it once did, but that something caused the southern part of former Peru to sink. That “something” is presumed, by combining relevant Cayce readings and geophysical conjecture, to have been a sudden movement of the Nazca plate as it pushed beneath the South American plate. This process, called subduction, may have submerged the southern part of Peru, or Latinia, in some fashion not yet documented by geologic studies.
Note, however, that the process of subduction is being called into question in several places in the world where it was first proposed. This is discussed under a separate heading below. It may be that “vertical tectonics,” rather than the more horizontal subduction process was responsible for the submergence of Latinia.
On October 29, 1965 the oceanographic ship R/V Anton Bruun was working off Callao, Peru in the Pacific Ocean over the Milne-Edwards Deep of the Peru-Chile Trench system. The research scientists aboard were taking bottom cores, dredge samples, and bottom photographs in water depths of 2000 m (6,560 ft). [Click on the red star on Fig. 1 to see a detail view of the R/V Bruun's location that day].
After developing the film from their deep-sea camera the oceanographers found – much to their surprise – that they had photographed what looked like building columns sticking up out of the bottom. We have reproduced the photograph from the cruise report in Figure 2. The cruise report is not a publication.2
Below find a copy of the text that accompanies the photograph of the columnar structures on the sea floor.
G. Unusual Observations
. . .
2. Columns under the Sea – or – Unusual Rock Formations Off Callao at a depth of 2000 meters (Sta. 158) some exceptionally interesting photographs were obtained. Figure 11 [our Fig. 2] shows two columnar structures projecting from the sediments. These were represented in only one exposure out of the 75-80 that were taken at. this station. This station was re-occupied in an attempt to obtain more clues regarding the origin of the structures. One exposure showed a block-like rock similarly exposed on the surface of the sediments and another showed what is possibly another buried columnar structure. It is tempting to suggest that these represent evidence of submerged man-made structures. The apparent "inscriptions" on the columns is suggestive as is also their upright condition. The absence of typical submerged rock exposure is further suggestive that these photographs have recorded more than just sedimentary rock exposures. The possibility certainly exists, even if the probability is low, that these photographs do show evidence of submerged man-made structures. Whether they were dropped into the sea or gradually submerged remains to be determined.
In the book, “Mysteries of Atlantis revisited,”3E.E. Cayce and Others quote a news source as follows. Dr. Robert Menzies, Cruise 11 Chief Scientist, said that
“….although the idea of a sunken city in the Pacific seems incredible, the evidence so far suggests one of the most exciting discoveries of the century.”
The authors go on to say that they
haven't been able to find any later reports confirming or refuting this discovery, and it is hard to tell whether it was ever taken seriously by scientists. It was certainly made by a respectable researcher.
As one who was a practicing marine geologist at one time in his career, I can say that the features in Figure 2 certainly look more like man-made columns than natural rock formations of the sea floor. As for the purported “inscriptions,” however, I'd rather not render an opinion until somebody can supply me with a glossy print of the original negative. The clarity of the figure in the cruise report is just too poor to be of much use.
Not every practicing Earth scientist believes that the case for subduction zones is airtight and applies everywhere in the oceans. The following extract is from a paper by D. Pratt that appeared in New Concepts in Global Tectonics Newsletter, no. 21, p. 10-24, December, 201. [I have done some light editing to reduce jargon and render the prose more understandable for laypersons. Full citations to the works of others are to be found in Pratt's paper].
Ocean trenches were initially expected to contain thick, deformed sediment accumulated during millions of years of convergence. Instead, 44% of trenches are empty of sediments. The rest do contain "accretionary wedges" along the landward slope, but smaller than expected. Accretionary wedges were expected to grow and uplift with time, but it is now known that some have subsided several kilometers. Moreover, the sediment in them is usually horizontally layered and undisturbed, and is mainly derived from the land rather than being off scraped oceanic sediment. Plate tectonics enthusiasts have had to resort to the far-fetched notion that soft ocean sediment can slide smoothly into a subduction zone without leaving any significant trace. The finding of old sedimentary rocks along the inner trench slope has led to the belief that younger rocks from the continental margin must have been eroded and subducted as well. Off scraped seamounts and seamount fragments should also be piled up in ocean trenches, but they are not.
The original prediction that subduction zones would show abundant and obvious compressional features has also proven false. Extension is ubiquitous on the oceanward trench slopes. The trench itself has the cross-sectional appearance of a depressed crustal unit. Extension even predominates on the middle and upper parts of the landward slope. Compression is now relegated to the lower trench slope, but this area is better interpreted as the toe of a large slump or debris flow.
Choi (2000) argues that plate-tectonic interpretations of seismic profiles across Pacific trenches lack geological integrity and are clearly model driven. Several profiles appear to show that the Precambrian lower crust is present under both the ocean floor and continental slope and passes across the trench without any subduction. Landward-building sediments, together with geophysical and dredging data, indicate that continental landmasses once existed in the present Pacific where there are now deep abyssal plains and trenches. [See S3 in Figure 1 above].
Depictions of subduction zones in textbooks on plate tectonics are highly stylized. Subduction zones actually have a highly variable and complex structure, with transverse as well as vertical discontinuities and segmentation. They frequently consist of two separate sections: the upper segment tends to have a shallower dip than the lower segment, and the two sections may be offset by up to 350 km. Deep earthquakes are disconnected from shallow ones and there are very few intermediate earthquakes (see figure below). The very low level of seismicity within about 50 km of the trench axis, and the lack of a large thrust fault at the base of the continental slope contradict the alleged presence of a downgoing slab.
Most large earthquake foci are believed to occur at the plate interface in a Wadati-Benioff zone, but deep and intermediate quakes occasionally occur well outside this zone. It is puzzling that many earthquakes occur within the "subducting slab" rather than along the plate interface, where the stress is supposed to be highest. Another disconcerting development for the plate tectonics theory is that the slip motion of earthquakes rarely occurs in the direction of the dip of the Wadati-Benioff zone; it is commonly oblique to the "subduction" plane (Oard, 2000b; Suzuki, 2001b). The magnitude 8.3, deep-focus earthquake in Bolivia in 1994 appeared to slip on a horizontal plane cutting across and through the supposed steeply dipping subduction slab.
At the present time, most geologists believe that the Peruvian coastal crust of South America reflects general uplift, as determined by studies of terraced surfaces of sea level erosion. Also, local changes of sea level often occur before major earthquakes in coastal Peru. M. Wyss found4 that earthquakes of M 7.6 and 7.8 in northern Peru followed an uplift of 5 cm.
Under a pole-shift scenario, we could perhaps assume that the tectonically sensitive area of sunken Latinia, off southern Peru, would undergo either uplift or further sinking. Recall the reading that predicts that
….lands will appear in the Atlantic as well as the Pacific. And what is the coastline now of many a land will be the bed of the ocean.
1152-11; August 13, 1941
Earthquakes and tsunamis will devastate the coastal areas of Peru in response to pole-shift-induced motions of the abutting Nasca and South American plates. This eventuality is spoken of in reading 270-35, which speaks of inundations by earthquakes in response to greater activities in Vesuvius or Pelee.
But these, as we find, are to be more in the southern than in the northern hemisphere.
The USGS link to the magnitude 8.4 earthquake near the coast of Peru on June 23 2001 and NOAA's animated graphic showing the effects of the 2001 tsunami off of Peru reveal the potential severity of such tectonic events, which are almost common to this part of Peru today. The giant (M 9.0) earthquake and tsunami of 1868, described in the USGS bulletin below, thus suggest Earth changes to come for Peru.
Information from the USGS National Earthquake Information Center
From the United States Geological Survey, National Earthquake Information Center: A major earthquake occurred NEAR THE COAST OF SOUTHERN PERU, about 110 miles (175 km) west of Arequipa or about 370 miles (595 km) southeast of Lima at 4:33 PM EDT on Jun 23, 2001 (3:33 PM local time in Peru). A REVISED magnitude of 8.4 was computed for this earthquake. Several moderate aftershocks have been recorded, the largest having a magnitude of 6.8. The focal depth was shallow, although an exact depth is problematic. This is because such a large area of the plate interface ruptured, making it difficult to assign a meaningful depth. At least 102 people killed, 1,368 injured and extensive damage in the Arequipa-Camana-Moquega-Tacna areas. At least 20 people killed and some missing from a tsunami in the Camana-Chala area.
The tsunami generated the following wave heights (peak-to-trough) at selected tide stations: 2.5m at Arica; 1.5m at Iquique; 1.0m at Coquimbo, Chile. Landslides blocked highways in the epicentral area. Many of the historical buildings in Arequipa were damaged or destroyed. Some people injured and damage reported in the Arica, Chile area. Felt strongly in much of southern Peru and northern Chile. Also felt in Bolivia. The earthquake occurred at the boundary between the Nazca and South American tectonic plates. The two plates are converging towards each other at a rate of 78 mm per year (about three inches per year). Seismographically recorded data indicate that the earthquake occurred as
thrust-faulting on the interface between the two plates, with the Nazca plate moving beneath the South American plate. Southwestern Peru has a history of very large earthquakes. The June 23 shock originated just southeast of the source of a magnitude 7.7 earthquake that occurred in November 1996, and it appears to have involved rupture of part of the
plate-boundary segment that produced an earthquake of magnitude approximately 9.0 in 1868. The 1868 earthquake was destructive in towns that were heavily damaged in the June 23 earthquake. The 1868 earthquake produced a tsunami that killed hundreds of people along the South American coast. The 1868 tsunami also caused damage in Hawaii and alarm in Japan.
Whether or not the Naza Plate subducts the South American plate, or whether primarily vertical movements are occurring deep below the coastal zone of Ecuador, Peru, and Chile, extensive seismic activity is expected to continue throughout the western South American plate before, during, and after any pole shift. Many future earthquakes will be severe, as they have been in the past.
The modern Chilean poet, Pablo Neruda, experienced a mighty M 7.7 earthquake in the Peruvian Andes on May 31, 1970. Perhaps he was the reincarnation of Oumu, in 182-2 above, because the poet was able to capture the terror of it all in his “Memoirs.”
This is not the terror felt by someone running from a furious bull, a threatening knife….This is a cosmic terror, an instant danger, the universe caving in and crumbling away. And, meanwhile, the earth lets out a muffled sound of thunder, in a voice no one knew it had. The dust raised by the houses as they came crashing down settles little by little. And we are left, with all the dead, not knowing how we happen to be still alive.
Some 75,000 people perished in the quake as it shattered town after town in a long narrow valley known as the Callejon de Huaylas. This was by far the worst natural disaster in the history of the Western Hemisphere.
No wonder that Oumu of reading 182-2 had, “In the personality exhibited in the present, the ever fear in the deep recesses of self of destruction coming to many suddenly.”
Dickens's article is entitled, “What is Pangea?” in “Pangea: Global Environments and Resources,” Canadian Society of Petroleum Geologists, Memoir 17, pp. 67-80.
We obtained one of only five copies in the world, via interlibrary loan from the Texas A and M, Marine Laboratory, in Galveston (OCLC #33371904). It is titled, “Cruise Report, Research Vessel Anton Bruun, Cruise 11.” And is authored by R. Menzies, Duke university marine laboratory, and Edward Chin, of Texas A and M University's Marine Laboratory.
1997, St. Martin's Paperbacks, page 111.
Wyss, M., 1976, Local changes in sea level before large earthquakes in South America, Bull. Seismological Soc. Amer., v. 66, pp. 903-914.